美军50台打印机基地加速战场制造

The U.S. Army has taken a monumental leap forward in its manufacturing capabilities with the official opening of a dedicated additive manufacturing facility at Picatinny Arsenal. This represents one of the military’s most concentrated investments in 3D printing technology to date. Inaugurated with a ribbon-cutting ceremony on March 19, the new Additive Makerspace provides engineers with a purpose-built environment to design, prototype, and manufacture critical components, dramatically compressing timelines that traditional supply chains simply cannot match.

美国陆军在皮卡汀尼兵工厂正式启用专用增材制造设施，标志着其制造能力实现了一次巨大飞跃。这是迄今为止军方对3D打印技术最集中的投资之一。该新型增材制造空间于3月19日举行剪彩仪式后启用，为工程师提供了一个专门设计、原型制作和制造关键部件的环境，极大地压缩了传统供应链无法比拟的时间线。

What makes this facility a game-changer? The Makerspace is equipped with an impressive fleet of more than 50 3D printers. This arsenal of technology encompasses a wide range of additive processes and material options, including:

是什么让这个设施成为改变游戏规则的存在？这个制造空间配备了超过50台3D打印机的强大阵容。这套技术装备涵盖了广泛的增材工艺和材料选择，包括：

Operating under the Analysis, Materials, and Prototyping Directorate (AMPD), the facility supports the full product development cycle. Engineers now have direct, in-house access to capabilities for everything from early concept work and reverse engineering to final part production, eliminating the delays and dependencies associated with external vendors.

该设施隶属于分析、材料和原型制作局（AMPD），支持完整的产品开发周期。工程师现在可以直接在内部获得从早期概念工作、逆向工程到最终零件生产的各种能力，消除了与外部供应商相关的延迟和依赖。

The strategic goal is clear: reduce reliance on fragile, lengthy conventional supply chains and place advanced manufacturing power closer to the point of need. 3D printing enables the creation of complex, customized designs that are often impossible with traditional methods, achieving this at lower cost and with unprecedented speed. This philosophy of distributed, on-demand manufacturing is revolutionizing how organizations think about production, much like how hobbyists and engineers source premium STL files for rapid prototyping and custom projects.

战略目标很明确：减少对脆弱、冗长的传统供应链的依赖，将先进制造能力更靠近需求点。3D打印能够创建复杂、定制化的设计，这些设计通常无法通过传统方法实现，并且以更低的成本和前所未有的速度完成。这种分布式、按需制造的理念正在彻底改变组织对生产的思考方式，就像爱好者和工程师为快速原型制作和定制项目获取优质STL文件一样。

“We know this space will be a valuable tool for Armaments Center engineers to utilize these technologies and expertise – so we can drive speed and innovation to the battlefield,” said Thomas Fasano, Senior Scientific Technical Manager of AMPD.

“我们知道这个空间将成为军备中心工程师利用这些技术和专业知识的宝贵工具——这样我们就能将速度和创新推向战场，”AMPD高级科学技术经理托马斯·法萨诺表示。

The Picatinny facility is not a standalone project. It is a key component of a deliberate, institution-wide push across the U.S. military to decentralize manufacturing and embed agile prototyping capability at every level. Similar hubs have been established at locations like Fort Moore, Georgia, and Fort Bragg, North Carolina, serving various combat arms and special operations forces.

皮卡汀尼设施并非一个孤立项目。它是美国军方有意在全机构范围内推动制造分散化、在各个层级嵌入敏捷原型制作能力的关键组成部分。类似的中心已在佐治亚州摩尔堡和北卡罗来纳州布拉格堡等地建立，服务于各种战斗兵种和特种作战部队。

This shift is also attracting significant private investment. Firms are channeling capital into expanding networks of distributed manufacturing facilities, allowing for the fabrication of advanced components at or near their required location. These collective moves signal a fundamental change: on-demand, distributed manufacturing is no longer a research concept but is becoming integral defense infrastructure.

这一转变也吸引了大量私人投资。公司正在将资金投入到扩展分布式制造设施网络中，以便在所需地点或附近制造先进组件。这些集体举措标志着一个根本性的变化：按需、分布式制造不再是一个研究概念，而是正在成为国防基础设施的重要组成部分。

For creators and engineers inspired by this level of innovation, having access to reliable, high-quality designs is the first step. Exploring a vast library of 3D printing models can provide the foundation for groundbreaking projects, whether for defense, industry, or personal mastery of the technology.

对于受这种创新水平启发的创作者和工程师来说，获得可靠、高质量的设计是第一步。探索庞大的3D打印模型库可以为突破性项目奠定基础，无论是用于国防、工业还是个人技术掌握。

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